Overall correlations summarized
Gavin Douglas
June 04, 2024
suppressPackageStartupMessages(library(circlize))
suppressPackageStartupMessages(library(cowplot))
suppressPackageStartupMessages(library(ggbeeswarm))
suppressPackageStartupMessages(library(ggplot2))
suppressPackageStartupMessages(library(kableExtra))
suppressPackageStartupMessages(library(knitr))
suppressPackageStartupMessages(library(reshape2))
suppressPackageStartupMessages(library(grid))approaches <- c("simple", "hyperG", "propr")
env_vars <- c("depth", "latitude", "longitude", "temperature", "oxygen", "salinity")
id_map = list()
for (env_var in env_vars) {
id_map[[env_var]] <- paste(tools::toTitleCase(env_var), "(diff.)")
}
id_map[["tip_dist"]] <- "Tip dist."
id_map[["both_gene_count"]] <- "HGT (gene count)"
id_map[["ranger_hgt_tallies"]] <- "HGT (gene count)"
id_map[["cooccur_simple_cooccur"]] <- "Co-occur (Simple)"
id_map[["cooccur_ratio"]] <- "Co-occur (HyperG)"
id_map[["cooccur_asso"]] <- "Co-occur (propr)"
clean_ids <- function(in_vec) {
sapply(in_vec, function(x) { id_map[[x]] })
}
comparison_type_cols <- c("#33a02c", "#1f78b4", "#e31a1c")Initial analyses
summary_stats <- function(x) {
n <- length(x)
mean_val <- mean(x, na.rm = TRUE)
median_val <- median(x, na.rm = TRUE)
sd_val <- sd(x, na.rm = TRUE)
se_val <- sd_val / sqrt(n)
wilcox_out <- wilcox.test(x)
out <- c(n, mean_val, median_val, sd_val, se_val, wilcox_out$statistic, wilcox_out$p.value)
names(out) <- c("n", "mean", "median", "sd", "se", "Wilcox_V", "Wilcox_P")
return(out)
}
read_corr_info <- function(pairwise_file, partial_file) {
pairwise_in <- read.table(pairwise_file, header = TRUE, sep = "\t", stringsAsFactors = FALSE)
pairwise_in$sig <- "Non-sig."
pairwise_in$sig[which(pairwise_in$p.unc < 0.05)] <- "P < 0.05"
partial_in <- read.table(partial_file, header = TRUE, sep = "\t", stringsAsFactors = FALSE)
return(list(pairwise_tab=pairwise_in,
partial_tab=partial_in))
}Pairwise spearman
Tara ocean samples
tara_simple_in <- read_corr_info(pairwise_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working/corr_out/metaG_simple.pairwise.tsv",
partial_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working/corr_out/metaG_simple.partial.tsv")
tara_hyperg_in <- read_corr_info(pairwise_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working/corr_out/metaG_hyperG.pairwise.tsv",
partial_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working/corr_out/metaG_hyperG.partial.tsv")
tara_propr_in <- read_corr_info(pairwise_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working/corr_out/metaG_propr.pairwise.tsv",
partial_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working/corr_out/metaG_propr.partial.tsv")
tara_simple_in$partial_tab$Comparison <- "Co-occur (Simple)"
tara_hyperg_in$partial_tab$Comparison <- "Co-occur (HyperG)"
tara_propr_in$partial_tab$Comparison <- "Co-occur (propr)"
# Make sure that both_gene_count vs. tip_dist comparisons are identical across all three inputs.
tara_simple_in_hgt_vs_dist <- tara_simple_in$pairwise_tab[which(tara_simple_in$pairwise_tab$X == "both_gene_count" & tara_simple_in$pairwise_tab$Y == "tip_dist"), ]
tara_hyperg_in_hgt_vs_dist <- tara_hyperg_in$pairwise_tab[which(tara_hyperg_in$pairwise_tab$X == "both_gene_count" & tara_hyperg_in$pairwise_tab$Y == "tip_dist"), ]
tara_propr_in_hgt_vs_dist <- tara_propr_in$pairwise_tab[which(tara_propr_in$pairwise_tab$X == "both_gene_count" & tara_propr_in$pairwise_tab$Y == "tip_dist"), ]
# It turns out they are slightly different -- so plot them to confirm the distributions are near-identical, and just keep one for simplicity.
tara_pairwise_combined <- rbind(tara_simple_in$pairwise_tab, tara_hyperg_in$pairwise_tab[which(tara_hyperg_in$pairwise_tab$X != "both_gene_count" | tara_hyperg_in$pairwise_tab$Y != "tip_dist"), ])
tara_pairwise_combined <- rbind(tara_pairwise_combined, tara_propr_in$pairwise_tab[which(tara_propr_in$pairwise_tab$X != "both_gene_count" | tara_propr_in$pairwise_tab$Y != "tip_dist"), ])
tara_pairwise_combined$X <- clean_ids(tara_pairwise_combined$X)
tara_pairwise_combined$Y <- clean_ids(tara_pairwise_combined$Y)
tara_pairwise_combined$Comparison_clean <- paste(tara_pairwise_combined$X, tara_pairwise_combined$Y, sep = "\nvs. ")
tara_partial_combined <- rbind(tara_simple_in$partial_tab, tara_hyperg_in$partial_tab)
tara_partial_combined <- rbind(tara_partial_combined, tara_propr_in$partial_tab)
comparison_levels <- c("HGT (gene count)\nvs. Tip dist.",
"Co-occur (Simple)\nvs. Tip dist.",
"Co-occur (HyperG)\nvs. Tip dist.",
"Co-occur (propr)\nvs. Tip dist.",
"Co-occur (Simple)\nvs. HGT (gene count)",
"Co-occur (HyperG)\nvs. HGT (gene count)",
"Co-occur (propr)\nvs. HGT (gene count)")
tara_pairwise_combined$Comparison_clean <- factor(tara_pairwise_combined$Comparison_clean,
levels = comparison_levels)
tara_pairwise_combined$Test_type <- "Co-occur vs. HGT"
tara_pairwise_combined[grep("HGT.*Tip dist.", tara_pairwise_combined$Comparison_clean), "Test_type"] <- "HGT vs. Tip dist."
tara_pairwise_combined[grep("Co-occur.*Tip dist.", tara_pairwise_combined$Comparison_clean), "Test_type"] <- "Co-occur vs. Tip dist."
tara_pairwise_combined$Test_type <- factor(tara_pairwise_combined$Test_type, levels = c("HGT vs. Tip dist.", "Co-occur vs. Tip dist.", "Co-occur vs. HGT"))tara_ranger_simple_in <- read_corr_info(pairwise_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working/ranger_hgt/corr_out/metaG_simple.pairwise.tsv",
partial_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working/ranger_hgt/corr_out/metaG_simple.partial.tsv")
tara_ranger_hyperg_in <- read_corr_info(pairwise_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working/ranger_hgt/corr_out/metaG_hyperG.pairwise.tsv",
partial_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working/ranger_hgt/corr_out/metaG_hyperG.partial.tsv")
tara_ranger_propr_in <- read_corr_info(pairwise_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working/ranger_hgt/corr_out/metaG_propr.pairwise.tsv",
partial_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working/ranger_hgt/corr_out/metaG_propr.partial.tsv")
tara_ranger_simple_in$partial_tab$Comparison <- "Co-occur (Simple)"
tara_ranger_hyperg_in$partial_tab$Comparison <- "Co-occur (HyperG)"
tara_ranger_propr_in$partial_tab$Comparison <- "Co-occur (propr)"
# Make sure that both_gene_count vs. tip_dist comparisons are identical across all three inputs.
tara_ranger_simple_in_hgt_vs_dist <- tara_ranger_simple_in$pairwise_tab[which(tara_ranger_simple_in$pairwise_tab$X == "ranger_hgt_tallies" & tara_ranger_simple_in$pairwise_tab$Y == "tip_dist"), ]
tara_ranger_hyperg_in_hgt_vs_dist <- tara_ranger_hyperg_in$pairwise_tab[which(tara_ranger_hyperg_in$pairwise_tab$X == "ranger_hgt_tallies" & tara_ranger_hyperg_in$pairwise_tab$Y == "tip_dist"), ]
tara_ranger_propr_in_hgt_vs_dist <- tara_ranger_propr_in$pairwise_tab[which(tara_ranger_propr_in$pairwise_tab$X == "ranger_hgt_tallies" & tara_ranger_propr_in$pairwise_tab$Y == "tip_dist"), ]
# It turns out they are slightly different -- so plot them to confirm the distributions are near-identical, and just keep one for simplicity.
tara_ranger_pairwise_combined <- rbind(tara_ranger_simple_in$pairwise_tab, tara_ranger_hyperg_in$pairwise_tab[which(tara_ranger_hyperg_in$pairwise_tab$X != "ranger_hgt_tallies" | tara_ranger_hyperg_in$pairwise_tab$Y != "tip_dist"), ])
tara_ranger_pairwise_combined <- rbind(tara_ranger_pairwise_combined, tara_ranger_propr_in$pairwise_tab[which(tara_ranger_propr_in$pairwise_tab$X != "ranger_hgt_tallies" | tara_ranger_propr_in$pairwise_tab$Y != "tip_dist"), ])
tara_ranger_pairwise_combined$X <- clean_ids(tara_ranger_pairwise_combined$X)
tara_ranger_pairwise_combined$Y <- clean_ids(tara_ranger_pairwise_combined$Y)
tara_ranger_pairwise_combined$Comparison_clean <- paste(tara_ranger_pairwise_combined$X, tara_ranger_pairwise_combined$Y, sep = "\nvs. ")
tara_ranger_partial_combined <- rbind(tara_ranger_simple_in$partial_tab, tara_ranger_hyperg_in$partial_tab)
tara_ranger_partial_combined <- rbind(tara_ranger_partial_combined, tara_ranger_propr_in$partial_tab)
comparison_levels <- c("HGT (gene count)\nvs. Tip dist.",
"Co-occur (Simple)\nvs. Tip dist.",
"Co-occur (HyperG)\nvs. Tip dist.",
"Co-occur (propr)\nvs. Tip dist.",
"Co-occur (Simple)\nvs. HGT (gene count)",
"Co-occur (HyperG)\nvs. HGT (gene count)",
"Co-occur (propr)\nvs. HGT (gene count)")
tara_ranger_pairwise_combined$Comparison_clean <- factor(tara_ranger_pairwise_combined$Comparison_clean,
levels = comparison_levels)
tara_ranger_pairwise_combined$Test_type <- "Co-occur vs. HGT"
tara_ranger_pairwise_combined[grep("HGT.*Tip dist.", tara_ranger_pairwise_combined$Comparison_clean), "Test_type"] <- "HGT vs. Tip dist."
tara_ranger_pairwise_combined[grep("Co-occur.*Tip dist.", tara_ranger_pairwise_combined$Comparison_clean), "Test_type"] <- "Co-occur vs. Tip dist."
tara_ranger_pairwise_combined$Test_type <- factor(tara_ranger_pairwise_combined$Test_type, levels = c("HGT vs. Tip dist.", "Co-occur vs. Tip dist.", "Co-occur vs. HGT"))BLAST (genus and above)
print(ggplot(data = tara_pairwise_combined, aes(x = Comparison_clean, y = r, fill = Test_type)) +
geom_quasirandom(colour = "grey80", alpha = 0.5) +
geom_boxplot(outlier.shape = NA, alpha=0.7) +
theme_bw() +
theme(panel.grid.major.x = element_blank(),
panel.grid.minor.x = element_blank(),
plot.title = element_text(hjust = 0.5)) +
ylab("Spearman's correlation coefficient") +
xlab("Pairwise comparison") +
labs(fill="Comparison type") +
ggtitle("Tara ocean samples (BLAST - genus and above)") +
scale_fill_manual(values=comparison_type_cols)
)
RANGER (strain and species)
print(ggplot(data = tara_ranger_pairwise_combined, aes(x = Comparison_clean, y = r, fill = Test_type)) +
geom_quasirandom(colour = "grey80", alpha = 0.5) +
geom_boxplot(outlier.shape = NA, alpha=0.7) +
theme_bw() +
theme(panel.grid.major.x = element_blank(),
panel.grid.minor.x = element_blank(),
plot.title = element_text(hjust = 0.5)) +
ylab("Spearman's correlation coefficient") +
xlab("Pairwise comparison") +
labs(fill="Comparison type") +
ggtitle("Tara ocean samples (RANGER - strains and species)") +
scale_fill_manual(values=comparison_type_cols)
)
HGT vs. Tip dist. (all subsets)
Note that the correlations for tip dist. vs HGT are slightly different depending on the taxon subset (which depends on the co-occurrence approach). Fortunately the distributions are very similar, so this is not something to worry about:
boxplot(tara_simple_in_hgt_vs_dist$r, tara_hyperg_in_hgt_vs_dist$r, tara_propr_in_hgt_vs_dist$r,
names=c("simple", "hyperG", "propr"),
main= "Spearman - tip dist. vs HGT (both gene count)")
Additional samples
extraonly_simple_in <- read_corr_info(pairwise_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working_extraonly/corr_out/metaG_simple.pairwise.tsv",
partial_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working_extraonly/corr_out/metaG_simple.partial.tsv")
extraonly_hyperg_in <- read_corr_info(pairwise_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working_extraonly/corr_out/metaG_hyperG.pairwise.tsv",
partial_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working_extraonly/corr_out/metaG_hyperG.partial.tsv")
extraonly_propr_in <- read_corr_info(pairwise_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working_extraonly/corr_out/metaG_propr.pairwise.tsv",
partial_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working_extraonly/corr_out/metaG_propr.partial.tsv")
extraonly_simple_in$partial_tab$Comparison <- "Co-occur (Simple)"
extraonly_hyperg_in$partial_tab$Comparison <- "Co-occur (HyperG)"
extraonly_propr_in$partial_tab$Comparison <- "Co-occur (propr)"
# Make sure that both_gene_count vs. tip_dist comparisons are identical across all three inputs.
extraonly_simple_in_hgt_vs_dist <- extraonly_simple_in$pairwise_tab[which(extraonly_simple_in$pairwise_tab$X == "both_gene_count" & extraonly_simple_in$pairwise_tab$Y == "tip_dist"), ]
extraonly_hyperg_in_hgt_vs_dist <- extraonly_hyperg_in$pairwise_tab[which(extraonly_hyperg_in$pairwise_tab$X == "both_gene_count" & extraonly_hyperg_in$pairwise_tab$Y == "tip_dist"), ]
extraonly_propr_in_hgt_vs_dist <- extraonly_propr_in$pairwise_tab[which(extraonly_propr_in$pairwise_tab$X == "both_gene_count" & extraonly_propr_in$pairwise_tab$Y == "tip_dist"), ]
# It turns out they are slightly different -- so plot them to confirm the distributions are near-identical, and just keep one for simplicity.
extraonly_pairwise_combined <- rbind(extraonly_simple_in$pairwise_tab, extraonly_hyperg_in$pairwise_tab[which(extraonly_hyperg_in$pairwise_tab$X != "both_gene_count" | extraonly_hyperg_in$pairwise_tab$Y != "tip_dist"), ])
extraonly_pairwise_combined <- rbind(extraonly_pairwise_combined, extraonly_propr_in$pairwise_tab[which(extraonly_propr_in$pairwise_tab$X != "both_gene_count" | extraonly_propr_in$pairwise_tab$Y != "tip_dist"), ])
extraonly_pairwise_combined$X <- clean_ids(extraonly_pairwise_combined$X)
extraonly_pairwise_combined$Y <- clean_ids(extraonly_pairwise_combined$Y)
extraonly_pairwise_combined$Comparison_clean <- paste(extraonly_pairwise_combined$X, extraonly_pairwise_combined$Y, sep = "\nvs. ")
extraonly_partial_combined <- rbind(extraonly_simple_in$partial_tab, extraonly_hyperg_in$partial_tab)
extraonly_partial_combined <- rbind(extraonly_partial_combined, extraonly_propr_in$partial_tab)
comparison_levels <- c("HGT (gene count)\nvs. Tip dist.",
"Co-occur (Simple)\nvs. Tip dist.",
"Co-occur (HyperG)\nvs. Tip dist.",
"Co-occur (propr)\nvs. Tip dist.",
"Co-occur (Simple)\nvs. HGT (gene count)",
"Co-occur (HyperG)\nvs. HGT (gene count)",
"Co-occur (propr)\nvs. HGT (gene count)")
extraonly_pairwise_combined$Comparison_clean <- factor(extraonly_pairwise_combined$Comparison_clean,
levels = comparison_levels)
extraonly_pairwise_combined$Test_type <- "Co-occur vs. HGT"
extraonly_pairwise_combined[grep("HGT.*Tip dist.", extraonly_pairwise_combined$Comparison_clean), "Test_type"] <- "HGT vs. Tip dist."
extraonly_pairwise_combined[grep("Co-occur.*Tip dist.", extraonly_pairwise_combined$Comparison_clean), "Test_type"] <- "Co-occur vs. Tip dist."
extraonly_pairwise_combined$Test_type <- factor(extraonly_pairwise_combined$Test_type, levels = c("HGT vs. Tip dist.", "Co-occur vs. Tip dist.", "Co-occur vs. HGT"))extraonly_ranger_simple_in <- read_corr_info(pairwise_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working_extraonly/ranger_hgt/corr_out/metaG_simple.pairwise.tsv",
partial_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working_extraonly/ranger_hgt/corr_out/metaG_simple.partial.tsv")
extraonly_ranger_hyperg_in <- read_corr_info(pairwise_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working_extraonly/ranger_hgt/corr_out/metaG_hyperG.pairwise.tsv",
partial_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working_extraonly/ranger_hgt/corr_out/metaG_hyperG.partial.tsv")
extraonly_ranger_propr_in <- read_corr_info(pairwise_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working_extraonly/ranger_hgt/corr_out/metaG_propr.pairwise.tsv",
partial_file = "/mfs/gdouglas/projects/ocean_mags/coverm/network_working_extraonly/ranger_hgt/corr_out/metaG_propr.partial.tsv")
extraonly_ranger_simple_in$partial_tab$Comparison <- "Co-occur (Simple)"
extraonly_ranger_hyperg_in$partial_tab$Comparison <- "Co-occur (HyperG)"
extraonly_ranger_propr_in$partial_tab$Comparison <- "Co-occur (propr)"
# Make sure that both_gene_count vs. tip_dist comparisons are identical across all three inputs.
extraonly_ranger_simple_in_hgt_vs_dist <- extraonly_ranger_simple_in$pairwise_tab[which(extraonly_ranger_simple_in$pairwise_tab$X == "ranger_hgt_tallies" & extraonly_ranger_simple_in$pairwise_tab$Y == "tip_dist"), ]
extraonly_ranger_hyperg_in_hgt_vs_dist <- extraonly_ranger_hyperg_in$pairwise_tab[which(extraonly_ranger_hyperg_in$pairwise_tab$X == "ranger_hgt_tallies" & extraonly_ranger_hyperg_in$pairwise_tab$Y == "tip_dist"), ]
extraonly_ranger_propr_in_hgt_vs_dist <- extraonly_ranger_propr_in$pairwise_tab[which(extraonly_ranger_propr_in$pairwise_tab$X == "ranger_hgt_tallies" & extraonly_ranger_propr_in$pairwise_tab$Y == "tip_dist"), ]
# It turns out they are slightly different -- so plot them to confirm the distributions are near-identical, and just keep one for simplicity.
extraonly_ranger_pairwise_combined <- rbind(extraonly_ranger_simple_in$pairwise_tab, extraonly_ranger_hyperg_in$pairwise_tab[which(extraonly_ranger_hyperg_in$pairwise_tab$X != "ranger_hgt_tallies" | extraonly_ranger_hyperg_in$pairwise_tab$Y != "tip_dist"), ])
extraonly_ranger_pairwise_combined <- rbind(extraonly_ranger_pairwise_combined, extraonly_ranger_propr_in$pairwise_tab[which(extraonly_ranger_propr_in$pairwise_tab$X != "ranger_hgt_tallies" | extraonly_ranger_propr_in$pairwise_tab$Y != "tip_dist"), ])
extraonly_ranger_pairwise_combined$X <- clean_ids(extraonly_ranger_pairwise_combined$X)
extraonly_ranger_pairwise_combined$Y <- clean_ids(extraonly_ranger_pairwise_combined$Y)
extraonly_ranger_pairwise_combined$Comparison_clean <- paste(extraonly_ranger_pairwise_combined$X, extraonly_ranger_pairwise_combined$Y, sep = "\nvs. ")
extraonly_ranger_partial_combined <- rbind(extraonly_ranger_simple_in$partial_tab, extraonly_ranger_hyperg_in$partial_tab)
extraonly_ranger_partial_combined <- rbind(extraonly_ranger_partial_combined, extraonly_ranger_propr_in$partial_tab)
comparison_levels <- c("HGT (gene count)\nvs. Tip dist.",
"Co-occur (Simple)\nvs. Tip dist.",
"Co-occur (HyperG)\nvs. Tip dist.",
"Co-occur (propr)\nvs. Tip dist.",
"Co-occur (Simple)\nvs. HGT (gene count)",
"Co-occur (HyperG)\nvs. HGT (gene count)",
"Co-occur (propr)\nvs. HGT (gene count)")
extraonly_ranger_pairwise_combined$Comparison_clean <- factor(extraonly_ranger_pairwise_combined$Comparison_clean,
levels = comparison_levels)
extraonly_ranger_pairwise_combined$Test_type <- "Co-occur vs. HGT"
extraonly_ranger_pairwise_combined[grep("HGT.*Tip dist.", extraonly_ranger_pairwise_combined$Comparison_clean), "Test_type"] <- "HGT vs. Tip dist."
extraonly_ranger_pairwise_combined[grep("Co-occur.*Tip dist.", extraonly_ranger_pairwise_combined$Comparison_clean), "Test_type"] <- "Co-occur vs. Tip dist."
extraonly_ranger_pairwise_combined$Test_type <- factor(extraonly_ranger_pairwise_combined$Test_type, levels = c("HGT vs. Tip dist.", "Co-occur vs. Tip dist.", "Co-occur vs. HGT"))BLAST (genus and above)
print(ggplot(data = extraonly_pairwise_combined, aes(x = Comparison_clean, y = r, fill = Test_type)) +
geom_quasirandom(colour = "grey80", alpha = 0.5) +
geom_boxplot(outlier.shape = NA, alpha=0.7) +
theme_bw() +
theme(panel.grid.major.x = element_blank(),
panel.grid.minor.x = element_blank(),
plot.title = element_text(hjust = 0.5)) +
ylab("Spearman's correlation coefficient") +
xlab("Pairwise comparison") +
labs(fill="Comparison type") +
ggtitle("Additional ocean samples (BLAST - genus and above)") +
scale_fill_manual(values=comparison_type_cols)
)
RANGER (strain and species)
print(ggplot(data = extraonly_ranger_pairwise_combined, aes(x = Comparison_clean, y = r, fill = Test_type)) +
geom_quasirandom(colour = "grey80", alpha = 0.5) +
geom_boxplot(outlier.shape = NA, alpha=0.7) +
theme_bw() +
theme(panel.grid.major.x = element_blank(),
panel.grid.minor.x = element_blank(),
plot.title = element_text(hjust = 0.5)) +
ylab("Spearman's correlation coefficient") +
xlab("Pairwise comparison") +
labs(fill="Comparison type") +
ggtitle("Additional ocean samples (RANGER - strains and species)") +
scale_fill_manual(values=comparison_type_cols)
)
HGT vs. Tip dist. (all subsets)
Note that the correlations for tip dist. vs HGT are slightly different depending on the taxon subset (which depends on the co-occurrence approach). Fortunately the distributions are very similar, so this is not something to worry about:
boxplot(extraonly_simple_in_hgt_vs_dist$r, extraonly_hyperg_in_hgt_vs_dist$r, extraonly_propr_in_hgt_vs_dist$r,
names=c("simple", "hyperG", "propr"),
main="Spearman - tip dist. vs HGT (both gene count)")
Pairwise partial spearman
Tara ocean samples
BLAST (genus and above)
tara_partial_combined$Comparison[which(tara_partial_combined$Comparison == "Co-occur (Simple)")] <- "Simple"
tara_partial_combined$Comparison[which(tara_partial_combined$Comparison == "Co-occur (HyperG)")] <- "HyperG"
tara_partial_combined$Comparison[which(tara_partial_combined$Comparison == "Co-occur (propr)")] <- "propr"
tara_partial_combined$Comparison <- factor(tara_partial_combined$Comparison, levels = c("Simple", "HyperG", "propr"))
print(ggplot(data = tara_partial_combined, aes(x = Comparison, y = r,)) +
geom_quasirandom(colour = "grey80", alpha = 0.5) +
geom_boxplot(outlier.shape = NA, alpha=0.7) +
theme_bw() +
theme(panel.grid.major.x = element_blank(),
panel.grid.minor.x = element_blank(),
plot.title = element_text(hjust = 0.5)) +
ylab("Partial Spearman's correlation coefficient") +
xlab("Co-occurrence approach") +
ggtitle("Tara ocean samples (BLAST - genus and above)\nSpearman vs. HGT (gene count), controlling for tip dist.")
)
RANGER (species and strains)
tara_ranger_partial_combined$Comparison[which(tara_ranger_partial_combined$Comparison == "Co-occur (Simple)")] <- "Simple"
tara_ranger_partial_combined$Comparison[which(tara_ranger_partial_combined$Comparison == "Co-occur (HyperG)")] <- "HyperG"
tara_ranger_partial_combined$Comparison[which(tara_ranger_partial_combined$Comparison == "Co-occur (propr)")] <- "propr"
tara_ranger_partial_combined$Comparison <- factor(tara_ranger_partial_combined$Comparison, levels = c("Simple", "HyperG", "propr"))
print(ggplot(data = tara_ranger_partial_combined, aes(x = Comparison, y = r,)) +
geom_quasirandom(colour = "grey80", alpha = 0.5) +
geom_boxplot(outlier.shape = NA, alpha=0.7) +
theme_bw() +
theme(panel.grid.major.x = element_blank(),
panel.grid.minor.x = element_blank(),
plot.title = element_text(hjust = 0.5)) +
ylab("Partial Spearman's correlation coefficient") +
xlab("Co-occurrence approach") +
ggtitle("Tara ocean samples (RANGER - species and strains)\nSpearman vs. HGT (gene count), controlling for tip dist.")
)
Additional ocean samples
BLAST (genus and above)
extraonly_partial_combined$Comparison[which(extraonly_partial_combined$Comparison == "Co-occur (Simple)")] <- "Simple"
extraonly_partial_combined$Comparison[which(extraonly_partial_combined$Comparison == "Co-occur (HyperG)")] <- "HyperG"
extraonly_partial_combined$Comparison[which(extraonly_partial_combined$Comparison == "Co-occur (propr)")] <- "propr"
extraonly_partial_combined$Comparison <- factor(extraonly_partial_combined$Comparison, levels = c("Simple", "HyperG", "propr"))
print(ggplot(data = extraonly_partial_combined, aes(x = Comparison, y = r,)) +
geom_quasirandom(colour = "grey80", alpha = 0.5) +
geom_boxplot(outlier.shape = NA, alpha=0.7) +
theme_bw() +
theme(panel.grid.major.x = element_blank(),
panel.grid.minor.x = element_blank(),
plot.title = element_text(hjust = 0.5)) +
ylab("Partial Spearman's correlation coefficient") +
xlab("Co-occurrence approach") +
ggtitle("Additional ocean samples (BLAST - genus and above)\nSpearman vs. HGT (gene count), controlling for tip dist.")
)## Warning: Removed 25 rows containing non-finite outside the scale range
## (`stat_boxplot()`).## Warning: Removed 25 rows containing missing values or values outside the scale range
## (`position_quasirandom()`).
RANGER (species and strains)
extraonly_ranger_partial_combined$Comparison[which(extraonly_ranger_partial_combined$Comparison == "Co-occur (Simple)")] <- "Simple"
extraonly_ranger_partial_combined$Comparison[which(extraonly_ranger_partial_combined$Comparison == "Co-occur (HyperG)")] <- "HyperG"
extraonly_ranger_partial_combined$Comparison[which(extraonly_ranger_partial_combined$Comparison == "Co-occur (propr)")] <- "propr"
extraonly_ranger_partial_combined$Comparison <- factor(extraonly_ranger_partial_combined$Comparison, levels = c("Simple", "HyperG", "propr"))
print(ggplot(data = extraonly_ranger_partial_combined, aes(x = Comparison, y = r,)) +
geom_quasirandom(colour = "grey80", alpha = 0.5) +
geom_boxplot(outlier.shape = NA, alpha=0.7) +
theme_bw() +
theme(panel.grid.major.x = element_blank(),
panel.grid.minor.x = element_blank(),
plot.title = element_text(hjust = 0.5)) +
ylab("Partial Spearman's correlation coefficient") +
xlab("Co-occurrence approach") +
ggtitle("Additional ocean samples (RANGER - species and strains)\nSpearman vs. HGT (gene count), controlling for tip dist.")
)
All samples and variables
Pairwise Spearman correlations
mean_pairwise = list()
mean_pairwise[["BLAST"]] <- list()
mean_pairwise[["RANGER"]] <- list()
prep_pairwise_tab <- function(infile) {
in_pairwise <- read.table(infile, header = TRUE, sep = "\t", stringsAsFactors = FALSE)
X_tallies <- table(in_pairwise$X)
Y_tallies <- table(in_pairwise$Y)
in_pairwise$X <- factor(in_pairwise$X, levels = names(X_tallies)[order(X_tallies, decreasing = FALSE)])
in_pairwise$Y <- factor(in_pairwise$Y, levels = names(Y_tallies)[order(Y_tallies, decreasing = FALSE)])
in_pairwise_mean <- aggregate(x = r ~ X + Y, FUN = mean, data = in_pairwise)
in_pairwise_mean_wide <- reshape2::dcast(data = in_pairwise_mean, formula = X ~ Y, value.var = 'r')
rownames(in_pairwise_mean_wide) <- in_pairwise_mean_wide[, 1]
# Also get comparisons not significantly different from 0, so that these can be coloured as grey.
unique_combos <- in_pairwise[, c("X", "Y")]
unique_combos <- unique_combos[-which(duplicated(unique_combos)), ]
nonsig_comparisons <- list()
nonsig_count <- 1
for (i in 1:nrow(unique_combos)) {
x_subset <- unique_combos[i, "X"]
y_subset <- unique_combos[i, "Y"]
combo_subset <- in_pairwise[which(in_pairwise$X == x_subset & in_pairwise$Y == y_subset), ]
wilox_combo_out <- wilcox.test(combo_subset$r)
if (wilox_combo_out$p.value >= 0.05) {
print("nonsig")
nonsig_comparisons[[nonsig_count]] <- c(y_subset, x_subset)
nonsig_count <- nonsig_count + 1
}
}
return(list(tab=in_pairwise_mean_wide[, -1],
nonsig_comparisons=nonsig_comparisons))
}
for (approach in approaches) {
infile_blast_pairwise <- paste("/mfs/gdouglas/projects/ocean_mags/coverm/network_working_allsamples/partial_corr_out/", approach, ".pairwise.tsv", sep = "")
mean_pairwise[["BLAST"]][[approach]] <- prep_pairwise_tab(infile_blast_pairwise)
infile_ranger_pairwise <- paste("/mfs/gdouglas/projects/ocean_mags/coverm/network_working_allsamples/ranger_hgt/partial_corr_out/", approach, ".pairwise.tsv", sep = "")
mean_pairwise[["RANGER"]][[approach]] <- prep_pairwise_tab(infile_ranger_pairwise)
}
identity_sanity_checks <- c(identical(mean_pairwise[["BLAST"]]$hyperG$tab[-8, ], mean_pairwise[["BLAST"]]$propr$tab[-8, ]),
identical(mean_pairwise[["BLAST"]]$simple$tab[-8, ], mean_pairwise[["BLAST"]]$propr$tab[-8, ]),
identical(mean_pairwise[["RANGER"]]$hyperG$tab[-8, ], mean_pairwise[["RANGER"]]$propr$tab[-8, ]),
identical(mean_pairwise[["RANGER"]]$simple$tab[-8, ], mean_pairwise[["RANGER"]]$propr$tab[-8, ]))
if (length(which(! identity_sanity_checks)) > 0) { stop("Non-co-occurrence mismatches" )}
# Then realized afterwards that I should just combine the co-occurrence types into a single heatmap.
mean_pairwise_combined <- list()
BLAST_hyperG_row <- mean_pairwise[["BLAST"]]$hyperG$tab["cooccur_ratio", , drop = FALSE]
BLAST_propr_row <- mean_pairwise[["BLAST"]]$propr$tab["cooccur_asso", , drop = FALSE]
RANGER_hyperG_row <- mean_pairwise[["RANGER"]]$hyperG$tab["cooccur_ratio", , drop = FALSE]
RANGER_propr_row <- mean_pairwise[["RANGER"]]$propr$tab["cooccur_asso", , drop = FALSE]
mean_pairwise_combined[["BLAST"]] <- rbind(mean_pairwise[["BLAST"]]$simple$tab, BLAST_hyperG_row)
mean_pairwise_combined[["BLAST"]] <- rbind(mean_pairwise_combined[["BLAST"]], BLAST_propr_row)
mean_pairwise_combined[["RANGER"]] <- rbind(mean_pairwise[["RANGER"]]$simple$tab, RANGER_hyperG_row)
mean_pairwise_combined[["RANGER"]] <- rbind(mean_pairwise_combined[["RANGER"]], RANGER_propr_row)BLAST results
RANGER results
Partial Spearman correlations
allsamples_partial_folder <- "/mfs/gdouglas/projects/ocean_mags/coverm/network_working_allsamples/partial_corr_out"
allsamples_simple_partial_in <- read.table(paste(allsamples_partial_folder, "simple.partial.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_simple_partial_tiponly_in <- read.table(paste(allsamples_partial_folder, "simple.tiponly.partial.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_simple_partial_permuted_in <- read.table(paste(allsamples_partial_folder, "simple.permuted.partial.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_simple_spearman_in <- read.table(paste(allsamples_partial_folder, "simple.pairwise.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_simple_spearman_in <- allsamples_simple_spearman_in[grep("cooccur", allsamples_simple_spearman_in$X), ]
allsamples_simple_spearman_in <- allsamples_simple_spearman_in[which(allsamples_simple_spearman_in$Y == "both_gene_count"), ]
allsamples_simple_spearman_in$p.val <- allsamples_simple_spearman_in$p.unc
allsamples_simple_spearman_in <- allsamples_simple_spearman_in[, colnames(allsamples_simple_partial_tiponly_in)]
allsamples_simple_partial_in$type <- "All var. controlled"
allsamples_simple_partial_tiponly_in$type <- "Tip dist. controlled"
allsamples_simple_partial_permuted_in$type <- "All var. controlled (permuted)"
allsamples_simple_spearman_in$type <- "No control"
allsamples_simple_combined <- do.call(rbind, list(allsamples_simple_partial_in, allsamples_simple_partial_tiponly_in,
allsamples_simple_partial_permuted_in, allsamples_simple_spearman_in))
allsamples_simple_combined$Approach <- "Simple"
allsamples_hyperG_partial_in <- read.table(paste(allsamples_partial_folder, "hyperG.partial.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_hyperG_partial_tiponly_in <- read.table(paste(allsamples_partial_folder, "hyperG.tiponly.partial.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_hyperG_partial_permuted_in <- read.table(paste(allsamples_partial_folder, "hyperG.permuted.partial.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_hyperG_spearman_in <- read.table(paste(allsamples_partial_folder, "hyperG.pairwise.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_hyperG_spearman_in <- allsamples_hyperG_spearman_in[grep("cooccur", allsamples_hyperG_spearman_in$X), ]
allsamples_hyperG_spearman_in <- allsamples_hyperG_spearman_in[which(allsamples_hyperG_spearman_in$Y == "both_gene_count"), ]
allsamples_hyperG_spearman_in$p.val <- allsamples_hyperG_spearman_in$p.unc
allsamples_hyperG_spearman_in <- allsamples_hyperG_spearman_in[, colnames(allsamples_hyperG_partial_tiponly_in)]
allsamples_hyperG_partial_in$type <- "All var. controlled"
allsamples_hyperG_partial_tiponly_in$type <- "Tip dist. controlled"
allsamples_hyperG_partial_permuted_in$type <- "All var. controlled (permuted)"
allsamples_hyperG_spearman_in$type <- "No control"
allsamples_hyperG_combined <- do.call(rbind, list(allsamples_hyperG_partial_in, allsamples_hyperG_partial_tiponly_in,
allsamples_hyperG_partial_permuted_in, allsamples_hyperG_spearman_in))
allsamples_hyperG_combined$Approach <- "HyperG"
allsamples_propr_partial_in <- read.table(paste(allsamples_partial_folder, "propr.partial.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_propr_partial_tiponly_in <- read.table(paste(allsamples_partial_folder, "propr.tiponly.partial.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_propr_partial_permuted_in <- read.table(paste(allsamples_partial_folder, "propr.permuted.partial.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_propr_spearman_in <- read.table(paste(allsamples_partial_folder, "propr.pairwise.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_propr_spearman_in <- allsamples_propr_spearman_in[grep("cooccur", allsamples_propr_spearman_in$X), ]
allsamples_propr_spearman_in <- allsamples_propr_spearman_in[which(allsamples_propr_spearman_in$Y == "both_gene_count"), ]
allsamples_propr_spearman_in$p.val <- allsamples_propr_spearman_in$p.unc
allsamples_propr_spearman_in <- allsamples_propr_spearman_in[, colnames(allsamples_propr_partial_tiponly_in)]
allsamples_propr_partial_in$type <- "All var. controlled"
allsamples_propr_partial_tiponly_in$type <- "Tip dist. controlled"
allsamples_propr_partial_permuted_in$type <- "All var. controlled (permuted)"
allsamples_propr_spearman_in$type <- "No control"
allsamples_propr_combined <- do.call(rbind, list(allsamples_propr_partial_in, allsamples_propr_partial_tiponly_in,
allsamples_propr_partial_permuted_in, allsamples_propr_spearman_in))
allsamples_propr_combined$Approach <- "propr"
allsamples_partial_combined <- do.call(rbind, list(allsamples_simple_combined, allsamples_hyperG_combined, allsamples_propr_combined))
allsamples_partial_combined$Approach <- factor(allsamples_partial_combined$Approach, levels = c("Simple", "HyperG", "propr"))
allsamples_partial_combined$type <- factor(allsamples_partial_combined$type, levels = c("No control", "Tip dist. controlled", "All var. controlled", "All var. controlled (permuted)"))allsamples_ranger_partial_folder <- "/mfs/gdouglas/projects/ocean_mags/coverm/network_working_allsamples/ranger_hgt/partial_corr_out"
allsamples_ranger_simple_partial_in <- read.table(paste(allsamples_ranger_partial_folder, "simple.partial.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_ranger_simple_partial_tiponly_in <- read.table(paste(allsamples_ranger_partial_folder, "simple.tiponly.partial.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_ranger_simple_partial_permuted_in <- read.table(paste(allsamples_ranger_partial_folder, "simple.permuted.partial.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_ranger_simple_spearman_in <- read.table(paste(allsamples_ranger_partial_folder, "simple.pairwise.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_ranger_simple_spearman_in <- allsamples_ranger_simple_spearman_in[grep("cooccur", allsamples_ranger_simple_spearman_in$X), ]
allsamples_ranger_simple_spearman_in <- allsamples_ranger_simple_spearman_in[which(allsamples_ranger_simple_spearman_in$Y == "ranger_hgt_tallies"), ]
allsamples_ranger_simple_spearman_in$p.val <- allsamples_ranger_simple_spearman_in$p.unc
allsamples_ranger_simple_spearman_in <- allsamples_ranger_simple_spearman_in[, colnames(allsamples_ranger_simple_partial_tiponly_in)]
allsamples_ranger_simple_partial_in$type <- "All var. controlled"
allsamples_ranger_simple_partial_tiponly_in$type <- "Tip dist. controlled"
allsamples_ranger_simple_partial_permuted_in$type <- "All var. controlled (permuted)"
allsamples_ranger_simple_spearman_in$type <- "No control"
allsamples_ranger_simple_combined <- do.call(rbind, list(allsamples_ranger_simple_partial_in, allsamples_ranger_simple_partial_tiponly_in,
allsamples_ranger_simple_partial_permuted_in, allsamples_ranger_simple_spearman_in))
allsamples_ranger_simple_combined$Approach <- "Simple"
allsamples_ranger_hyperG_partial_in <- read.table(paste(allsamples_ranger_partial_folder, "hyperG.partial.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_ranger_hyperG_partial_tiponly_in <- read.table(paste(allsamples_ranger_partial_folder, "hyperG.tiponly.partial.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_ranger_hyperG_partial_permuted_in <- read.table(paste(allsamples_ranger_partial_folder, "hyperG.permuted.partial.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_ranger_hyperG_spearman_in <- read.table(paste(allsamples_ranger_partial_folder, "hyperG.pairwise.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_ranger_hyperG_spearman_in <- allsamples_ranger_hyperG_spearman_in[grep("cooccur", allsamples_ranger_hyperG_spearman_in$X), ]
allsamples_ranger_hyperG_spearman_in <- allsamples_ranger_hyperG_spearman_in[which(allsamples_ranger_hyperG_spearman_in$Y == "ranger_hgt_tallies"), ]
allsamples_ranger_hyperG_spearman_in$p.val <- allsamples_ranger_hyperG_spearman_in$p.unc
allsamples_ranger_hyperG_spearman_in <- allsamples_ranger_hyperG_spearman_in[, colnames(allsamples_ranger_hyperG_partial_tiponly_in)]
allsamples_ranger_hyperG_partial_in$type <- "All var. controlled"
allsamples_ranger_hyperG_partial_tiponly_in$type <- "Tip dist. controlled"
allsamples_ranger_hyperG_partial_permuted_in$type <- "All var. controlled (permuted)"
allsamples_ranger_hyperG_spearman_in$type <- "No control"
allsamples_ranger_hyperG_combined <- do.call(rbind, list(allsamples_ranger_hyperG_partial_in, allsamples_ranger_hyperG_partial_tiponly_in,
allsamples_ranger_hyperG_partial_permuted_in, allsamples_ranger_hyperG_spearman_in))
allsamples_ranger_hyperG_combined$Approach <- "HyperG"
allsamples_ranger_propr_partial_in <- read.table(paste(allsamples_ranger_partial_folder, "propr.partial.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_ranger_propr_partial_tiponly_in <- read.table(paste(allsamples_ranger_partial_folder, "propr.tiponly.partial.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_ranger_propr_partial_permuted_in <- read.table(paste(allsamples_ranger_partial_folder, "propr.permuted.partial.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_ranger_propr_spearman_in <- read.table(paste(allsamples_ranger_partial_folder, "propr.pairwise.tsv", sep = "/"), header = TRUE, sep = "\t", stringsAsFactors = FALSE)
allsamples_ranger_propr_spearman_in <- allsamples_ranger_propr_spearman_in[grep("cooccur", allsamples_ranger_propr_spearman_in$X), ]
allsamples_ranger_propr_spearman_in <- allsamples_ranger_propr_spearman_in[which(allsamples_ranger_propr_spearman_in$Y == "ranger_hgt_tallies"), ]
allsamples_ranger_propr_spearman_in$p.val <- allsamples_ranger_propr_spearman_in$p.unc
allsamples_ranger_propr_spearman_in <- allsamples_ranger_propr_spearman_in[, colnames(allsamples_ranger_propr_partial_tiponly_in)]
allsamples_ranger_propr_partial_in$type <- "All var. controlled"
allsamples_ranger_propr_partial_tiponly_in$type <- "Tip dist. controlled"
allsamples_ranger_propr_partial_permuted_in$type <- "All var. controlled (permuted)"
allsamples_ranger_propr_spearman_in$type <- "No control"
allsamples_ranger_propr_combined <- do.call(rbind, list(allsamples_ranger_propr_partial_in, allsamples_ranger_propr_partial_tiponly_in,
allsamples_ranger_propr_partial_permuted_in, allsamples_ranger_propr_spearman_in))
allsamples_ranger_propr_combined$Approach <- "propr"
allsamples_ranger_partial_combined <- do.call(rbind, list(allsamples_ranger_simple_combined, allsamples_ranger_hyperG_combined, allsamples_ranger_propr_combined))
allsamples_ranger_partial_combined$Approach <- factor(allsamples_ranger_partial_combined$Approach, levels = c("Simple", "HyperG", "propr"))
allsamples_ranger_partial_combined$type <- factor(allsamples_ranger_partial_combined$type, levels = c("No control", "Tip dist. controlled", "All var. controlled", "All var. controlled (permuted)"))BLAST (genus and above)
allsamples_partial_combined <- allsamples_partial_combined[which(! is.na(allsamples_partial_combined$r)), ]
print(ggplot(data = allsamples_partial_combined, aes(x = Approach, y = r, fill = type)) +
geom_quasirandom(dodge.width=.75, alpha = 0.5, col="grey80") +
geom_boxplot(outlier.shape = NA, alpha=0.7) +
theme_bw() +
theme(panel.grid.major.x = element_blank(),
panel.grid.minor.x = element_blank(),
plot.title = element_text(hjust = 0.5)) +
ylab("Partial Spearman's correlation coefficient") +
xlab("Co-occurrence approach") +
ggtitle("All ocean samples (BLAST - genus and above)") +
labs(fill="Spearman approach") +
scale_fill_manual(values = c("#c7733b", "#8d75ca", "#78a450", "#c16786"))
)
RANGER (species and strains)
allsamples_ranger_partial_combined <- allsamples_ranger_partial_combined[which(! is.na(allsamples_ranger_partial_combined$r)), ]
print(ggplot(data = allsamples_ranger_partial_combined, aes(x = Approach, y = r, fill = type)) +
geom_quasirandom(dodge.width=.75, alpha = 0.5, col="grey80") +
geom_boxplot(outlier.shape = NA, alpha=0.7) +
theme_bw() +
theme(panel.grid.major.x = element_blank(),
panel.grid.minor.x = element_blank(),
plot.title = element_text(hjust = 0.5)) +
ylab("Partial Spearman's correlation coefficient") +
xlab("Co-occurrence approach") +
ggtitle("All ocean samples (RANGER - species and strains)") +
labs(fill="Spearman approach") +
scale_fill_manual(values = c("#c7733b", "#8d75ca", "#78a450", "#c16786"))
)
Session info
Hide
Show
sessionInfo()## R version 4.4.0 (2024-04-24)
## Platform: x86_64-pc-linux-gnu
## Running under: Ubuntu 22.04.4 LTS
##
## Matrix products: default
## BLAS: /usr/lib/x86_64-linux-gnu/blas/libblas.so.3.10.0
## LAPACK: /usr/lib/x86_64-linux-gnu/lapack/liblapack.so.3.10.0
##
## locale:
## [1] LC_CTYPE=en_CA.UTF-8 LC_NUMERIC=C
## [3] LC_TIME=en_CA.UTF-8 LC_COLLATE=en_CA.UTF-8
## [5] LC_MONETARY=en_CA.UTF-8 LC_MESSAGES=en_CA.UTF-8
## [7] LC_PAPER=en_CA.UTF-8 LC_NAME=C
## [9] LC_ADDRESS=C LC_TELEPHONE=C
## [11] LC_MEASUREMENT=en_CA.UTF-8 LC_IDENTIFICATION=C
##
## time zone: America/Toronto
## tzcode source: system (glibc)
##
## attached base packages:
## [1] grid stats graphics grDevices utils datasets methods
## [8] base
##
## other attached packages:
## [1] reshape2_1.4.4 knitr_1.47 kableExtra_1.4.0 ggbeeswarm_0.7.2
## [5] ggplot2_3.5.1 cowplot_1.1.3 circlize_0.4.16
##
## loaded via a namespace (and not attached):
## [1] gtable_0.3.5 beeswarm_0.4.0 shape_1.4.6.1
## [4] rjson_0.2.21 xfun_0.44 bslib_0.7.0
## [7] GlobalOptions_0.1.2 vctrs_0.6.5 tools_4.4.0
## [10] generics_0.1.3 stats4_4.4.0 parallel_4.4.0
## [13] tibble_3.2.1 fansi_1.0.6 cluster_2.1.2
## [16] highr_0.11 pkgconfig_2.0.3 RColorBrewer_1.1-3
## [19] S4Vectors_0.42.0 lifecycle_1.0.4 compiler_4.4.0
## [22] farver_2.1.2 stringr_1.5.1 munsell_0.5.1
## [25] codetools_0.2-18 ComplexHeatmap_2.20.0 clue_0.3-65
## [28] vipor_0.4.7 htmltools_0.5.8.1 sass_0.4.9
## [31] yaml_2.3.8 pillar_1.9.0 crayon_1.5.2
## [34] jquerylib_0.1.4 cachem_1.1.0 iterators_1.0.14
## [37] foreach_1.5.2 tidyselect_1.2.1 digest_0.6.35
## [40] stringi_1.8.4 dplyr_1.1.4 labeling_0.4.3
## [43] fastmap_1.2.0 colorspace_2.1-0 cli_3.6.2
## [46] magrittr_2.0.3 utf8_1.2.4 withr_3.0.0
## [49] scales_1.3.0 rmarkdown_2.27 matrixStats_1.3.0
## [52] png_0.1-8 GetoptLong_1.0.5 evaluate_0.23
## [55] IRanges_2.38.0 doParallel_1.0.17 viridisLite_0.4.2
## [58] rlang_1.1.3 Rcpp_1.0.12 glue_1.7.0
## [61] xml2_1.3.6 BiocGenerics_0.50.0 svglite_2.1.3
## [64] rstudioapi_0.16.0 jsonlite_1.8.8 R6_2.5.1
## [67] plyr_1.8.9 systemfonts_1.1.0